Milgromian Dynamics (MOND) is an extension of Newtonian dynamics to encompass the observed dynamics in the Solar System as well as in galaxies without postulating invisible haloes around them [1]}. MOND computes the gravitational potential of galaxies using only the distribution of baryons. It has been very successful in this regard, especially because it predicted some very tight scaling relations which were subsequently observed [2]}, [3]}. These are a consequence of Milgrom's formula
\(g ~=~ \sqrt{g_\mathrm {N} a_{_0}} ~~~\textrm {for} ~~ g_\mathrm {N} \ll a_{_0} = 1.2 \times 10^{-10} \, \textrm {m s}^{-2},\) 
